RAVENOL ATF M 9-G Serie

RAVENOL ATF M 9-G Serie is an ATF (Automatic Transmission Fluid) developed for all 9-gear automatic transmissions (9G-Tronic) of motor vehicles by Mercedes-Benz. Guarantees maximum wear protection in every operating state.

Kuvaus

FABRICATION: SYNTHETIC

APPROVALS: MB-FREIGABE 236.17

RECOMMENDATIONS: A 002 989 06 03, ATF D971

Application Notes

RAVENOL ATF M 9-G Serie was developed for use in the 9G-Tronic automatic transmission of the 9-gear Series by Mercedes-Benz. These are also known under the name NAG3 (New Automatic Transmission of the 3rd Generation).

Suitable for:

725.001 W9A700, 725.003 HW9A500, 725.007 HW9B500, 725.012 HW9A700, 725.013 HW9A700, 725.017 HW9B700, 725.023 HW9S500, 725.027 HW9T500, 725.033 HW9S700, 725.037 HW9T700, 725.043 HW9X700, 725.047 HW9Y700, 725.053 HW9X500, 725.057 HW9Y500, 725.061 W9A900, 725.062 K9A900, 725.065 W9B900, 725.066 K9B900, 725.081 W9S900, 725.085 W9T900, 725.091 W9X900, 725.092 K9X900, 725.095 W9Y900, 725.096 K9Y900.

RAVENOL ATF M 9-G Serie can also be used in aggregates with the specification MB 236.16 (A 001 989 92 03), since these were replaced by the new specification MB 236.17.

RAVENOL ATF M 9-G Serie must not be used in older Mercedes Benz 5 and 7-gear automatic transmission, which require automatic transmission oil according to the MB approval MB 236.10, 236.12, 236.14 or 236.15.

RAVENOL ATF M 9-G Serie is a synthetic ATF (Automatic Transmission Fluid), designed on the basis of high quality hydrocrack oils with a special additive and inhibition, which ensure a perfect function of the automatic transmission.

RAVENOL ATF M 9-G Serie is an ATF (Automatic Transmission Fluid) developed for all 9-gear automatic transmissions (9G-Tronic) of motor vehicles by Mercedes-Benz. Guarantees maximum wear protection in every operating state.

Characteristics

RAVENOL ATF M 9-G Serie offers:

Very good lubricity even at low temperatures in winter, very low pour point
High, stable viscosity index
Very good oxidation stability
Broadest protection against wear, corrosion and foaming
An excellent shear stability due to a high thermal and oxidative stability
An excellent friction characteristic
An excellent cooling capability